Krebs on Security

In-depth security news and investigation

Posts Tagged: starfall

Two days ago, attackers allegedly associated with the fame-seeking group Lizard Squad briefly hijacked Google’s Vietnam domain (google.com.vn). On Wednesday, Lenovo.com was similarly attacked. Sources now tell KrebsOnSecurity that both hijacks were possible because the attackers seized control over Webnic.cc, the Malaysian registrar that serves both domains and 600,000 others.

On Feb. 23, google.com.vn briefly redirected visitors to a page that read, “Hacked by Lizard Squad, greetz from antichrist, Brian Krebs, sp3c, Komodo, ryan, HTP & Rory Andrew Godfrey (holding it down in Texas).” The message also included a link to the group’s Twitter page and its Lizard Stresser online attacks-for-hire service.

Today, the group took credit for hacking Lenovo.com, possibly because it was recently revealed that the computer maker was shipping the invasive Superfish adware with all some new Lenovo notebook PCs (the company has since said Superfish is now disabled on all Lenovo products and that it will no longer pre-load the software).

According to a report in TheVerge.com, the HTML source code for Lenovo.com was changed to read, “the new and improved rebranded Lenovo website featuring Ryan King and Rory Andrew Godfrey.”

The Verge story notes that both men have been identified as members of the Lizard Squad; to my knowledge this has never been true. In fact, both used to be part of a black hat and now-defunct hacker collective known as Hack The Planet (HTP) along with one of the main current LizardSquad members — Julius “Zeekill” Kivimaki (for more on Julius, see these stories). However, both King (a.k.a “Starfall”) and Godfrey (“KMS”) have been quite publicly working to undermine and expose the group for months.

Reached via instant message, both King and Godfrey said the Lizard Squad used a command injection vulnerability in Webnic.cc to upload a rootkit — a set of hacking tools that hide the intruder’s presence on a compromised system and give the attacker persistent access to that system. Continue reading →